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China Vertical Cutting Dryer Factory - Top Suppliers of Vertical Centrifuge Dryers for Oil-Based & Water-Based Cuttings
Selection and configuration of HYCD series Drilling Cuttings Dryer
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The electrical components adopt Siemens, Schneider or ABB, and the electrical control adopts the brand China Helon or Huarong explosion-proof.
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The motor uses the brand CSIC or Dezhou Hengli.
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The scraper is made of high wear-resistant hard alloy material.
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The sieve basket is made of SS304 or SS316.
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Bearings are made of China Haerbin, Wafangdian or imported brand SKF.
Machine parameters
| Model | HYCD930C | HYCD930B-VFD |
|---|---|---|
| Capacity | 30-50T/H | |
| Screen Max. Dia. | 930 mm | |
| Screen Opening | 0.25 ~ 0.5 mm | |
| Rotary Speed | 900 RPM | 0 ~ 900 RPM |
| Air Knife Input Pressure | 0.69 Mpa | |
| Air Knife Input Capacity | 1.8 ㎥/min | |
| Oil Tank Capacity | 60L | |
| Main Motor Power | 55 kw (75 HP) | |
| Oil Pump Power | 0.55 kw (0.75 HP) | |
| Ex Standard | ExdIIBt4 / IEC EX/ ATEX | |
| Weight | 5900kg | 5700kg |
| Dimension | 2750×2130×1800mm | |
Features and functions of HY vertical cuttings dryer
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Rotation Speed up to 900rpm and form separation 420G G-Force, which can effectively separating the liquid from drilling cuttings.
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Unloading scraper adopts high chromium cast iron to extend equipment lifetime.
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Special designed high pressure air knives can effectively prevent the basket screen automatically to avoid the screen blinding especially for high viscosity mud and water based mud.
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Each replaceable part is individually balanced for future replacement.
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Adopts independent oil lubrication and oil tank cooling system with automatic alarm for pressure limit, it can meet client’s different operation requirements such like high temperature.
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Able to separate and dry different kinds of drilling waste, such as water-based mud, oil-based mud, composite mud.
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Large capacity, strong anti-blocking ability, integrated design, installation and handling more convenient. Integrated lubrication station design, lubrication and heat dissipation dual effect, easier installation and maintenance. High hardness surface spray scraper and high strength wear-resistant sieve basket ensure long service life. Spindle speed conversion (double frequency conversion) speed control adaptability, logic electric control, multiple safety protection. Marine anticorrosive coating and technology, suitable for outdoor harsh environment.
Machine display
Frequently Asked Questions (FAQ)
What brands of components are used in the HYCD series?
The electrical components adopt Siemens, Schneider, or ABB, and the electrical control uses China Helon or Huarong explosion-proof configurations. The motor uses CSIC or Dezhou Hengli, while the bearings are sourced from China Haerbin, Wafangdian, or imported SKF brands.
What are the capacity and screen specifications of the dryer?
The HYCD series has a processing capacity of 30-50 T/H. It features a maximum screen diameter of 930 mm and screen opening sizes ranging from 0.25 to 0.5 mm, utilizing high-quality SS304 or SS316 sieve baskets.
How does the vertical cuttings dryer prevent screen blinding?
It features specially designed high-pressure air knives that automatically clean the basket screen, effectively preventing blinding when processing high viscosity mud and water-based mud.
What types of drilling waste can this machine process?
The HY vertical cuttings dryer is highly versatile and capable of drying and separating various drilling wastes, including water-based mud, oil-based mud, and composite mud.
What are the differences between the HYCD930C and HYCD930B-VFD models?
The main differences lie in their rotary speed and weight. The HYCD930C operates at a fixed 900 RPM and weighs 5900kg, whereas the HYCD930B-VFD offers variable frequency speed control ranging from 0 to 900 RPM and weighs 5700kg.
How is the lubrication and cooling system designed?
It uses an independent oil lubrication and oil tank cooling system integrated with an automatic pressure limit alarm. This design ensures double lubrication and heat dissipation, allowing it to meet high-temperature operation requirements.





